logo
×

Aquaculture Water Quality Logger eMMC 5.1 32GB Wide Temp BGA153 Flash Memory

Product Specification
Place of Origin: Shenzhen, China
Brand Name: PG
Certification: CE, RoHS, ISO9001, AEC-Q100, IATF16949
Model Number: G2832GTLCB / G2864GTLCB
Minimum Order Quantity: 50 Pieces
Price: USD 4.90-6.70 / Piece
standard packaging: Anti-static tray + vacuum sealed bag, export-grade carton
Delivery Time: 10 to 15 days
Payment Terms: T/T,L/C
Supply Ability: 100K per Month

Product Summary

Aquaculture water quality logger eMMC 5.1 32GB BGA153 flash memory for dissolved oxygen, pH and temperature journals in humid pond side enclosures.

Product Details

Highlight:

Aquaculture Logger eMMC 5.1

,

Wide Temp Sensor Journal Flash

,

32GB BGA153 Water Quality Storage

Application: Aquaculture Water Quality Monitoring
Product Name: Aquaculture Logger EMMC 5.1 BGA153
Model Number: G2832GTLCB / G2864GTLCB
Capacity: 32GB / 64GB
NAND Flash: 3D TLC NAND
Interface: EMMC 5.1 HS400
Package: BGA153 11.5 X 13 X 1.0 Mm
Endurance Rating: High Program Erase Cycle Rating For Sensor Journals
Error Correction: LDPC ECC
Wear Levelling: Static And Dynamic
Operating Temperature: -25 C To +85 C
Operating Voltage: VCC 3.3V, VCCQ 1.8V / 3.3V

Product Description

Aquaculture Water Quality Logger eMMC 5.1 32GB Wide Temp BGA153 Flash Memory

Pond side controllers log dissolved oxygen, pH, temperature and salinity around the clock because a failed aerator at night kills a crop before sunrise. That journal has to keep writing through humid nights, power interruptions and long stretches without a network link, then upload the backlog when the link returns. This 32GB eMMC 5.1 is built for that duty: a high program erase cycle budget for constant sensor writes, LDPC ECC to protect records as cells age, and a -25 C to +85 C window that covers tropical ponds and cold water farms alike. The BGA153 package fits the compact control boards used in aerator and feeder cabinets.

Water quality loggers rarely fail from capacity pressure; they fail from rewritten blocks. Static and dynamic wear levelling spread the sensor journal across the whole 3D TLC array, LDPC ECC catches the errors that appear as the array ages, and the controller reports health through standard eMMC 5.1 commands so the farm dashboard can flag a device before a night time outage matters. The 32GB density holds years of five minute sensor records plus firmware and configuration, and the eMMC 5.1 interface has no rotating parts or removable contacts to corrode in a humid enclosure. Conformal coating on the assembled board is recommended, and we can advise on layout clearance for coating processes.

Technical Specifications

ParameterSpecification
Model NumberG2832GTLCB / G2864GTLCB
Capacity32GB / 64GB
Sensor JournalDissolved oxygen, pH, temperature and salinity records
Enclosure EnvironmentHumid pond side cabinet, condensation tolerant board design
Data ExportBuffered upload after network recovery
Data ProtectionLDPC ECC engine
Wear Level AlgorithmStatic and dynamic wear levelling
Ambient Temperature Range-25 C to +85 C
Voltage DomainVCC 3.3V, VCCQ 1.8V / 3.3V
Bus InterfaceeMMC 5.1 with HS400 support
Form Factor153-ball BGA, 11.5 x 13 x 1.0 mm
NAND Flash3D TLC NAND (pSLC option available)
P/E Cycle ClassExtended P/E cycle grade
Boot AreaBoot partition and RPMB supported

Key Advantages

  • Sensor journal sized for round the clock dissolved oxygen, pH and temperature records
  • High program erase cycle rating covers years of five minute logging intervals
  • Static and dynamic wear levelling even out the constant rewritten journal blocks
  • LDPC ECC protects records as 3D TLC cells age in humid pond side cabinets
  • No moving parts or removable contacts, so humidity and vibration cannot loosen the interface
  • Health status readable through standard eMMC 5.1 commands for farm dashboard alerts
  • -25 C to +85 C range suits tropical ponds and cold water farms with one part number

Product Questions and Answers

Q: How much history fits in 32GB at a five minute log interval?

A: A typical record with four sensor channels and a timestamp occupies a few hundred bytes, so a five minute interval produces well under a gigabyte per year. The 32GB eMMC 5.1 therefore holds many years of water quality history alongside firmware and configuration files.

Q: Should we use pSLC mode for the sensor journal?

A: For most farms the standard 3D TLC configuration with wear levelling is sufficient. If you log at one minute intervals across many channels, the pSLC option on the journal partition adds endurance at the cost of density, and we can quote that variant on the same eMMC 5.1 package.

Q: How should the board be protected against condensation?

A: Conformal coating over the assembled board, plus a desiccant pack and a small breather vent in the enclosure, is the usual approach. Keep the eMMC 5.1 clear of the aerator relay heat and provide a coating keep out area only on connectors, not on the BGA153 body.

Shipments use anti-static tray and vacuum sealed packaging suited to humid destinations, and endurance data is available for farm certification files. Tell us your channel count and log interval and we will size the aquaculture water quality logger eMMC 5.1 storage plan.

You May Also Like